I still do not understand,, i use ansys 17. i made my own geometry (same dimension w/ u) and follow all your instruction, but on the solution part it called an unknown error at solver output -_- .. can some 1 help me
Your explanation is beyond appreciation. Can you please elaborate a little over each step that you undertake. It would be helpful if I may know the reason why Augmented Lagrange or any other step is chosen. If there is any separate video that explains all these, kindly let me know as this will help me clear my basics in Ansys.
Thanks for the tutorial. Please give a little bit of overview before choosing an option. For example, why you choose augmented Lagrange, and behavior as asymmetric, what is pinball region etc etc. Also i would request you to make video on step control settings such as initial substeps/max and min substeps and on what basis we choose the value. Thanks in advance.
Thank you for this usefull video. Why did you use stiff plate at the free end instead of applying just -5 mm deformation in z direction directly on to surface of the cyclinder's free end?
Sir bush material you taken as plastic suppose bush material is any aluminium alloy how the material plastic behaviour of the aluminium alloy,how to do this?
Tutorial was good but sir i need to know if we want to see the value of Von misses ,what will be the value of Von misses in linear analysis and material non linear analysis ..like will it be reduced than linear or what .
Hello, could you maybe advice what analysis should be chosen for a plastic disc (PA6 GF20) loaded by 6.7tonnes downwards to the floor and the other part would be a concrete plate (representing the floor) and I am only interested the deformation and whether this part is strong enough to bear the load. I do not know the displacements so I would only use the force.
Thank you sir, it is perfect example, but I have two questions; 1) I don't understand why it can reach only 4.7335 mm even thought 5 mm displacement is applied 2) How do you define stress and strain values while doing nonlinear part?
Dear, I hope I could give you the answer to your 2nd question. Answer: He took these values from the experiment which he has done before this tutorial.
First of all Thanks for tutorials, they are well explained. they help me to understand some steps which I needed in my work. I'm doing my work on static & Explicit Dynamics Analysis of metal foam. My workstation is taking so much time while solving model.I am using ANSYS 15.0 & workstation has 24 cpu's which I learned to use but still I didn't understand how to use Physical memory properly. During solving model it uses Autodyn Solver and CPU usages is full but memory usages only 10-15%. Please upload a tutorial about setting for distributed computing or anything which can clear my doubt about using full performance of a single workstation
Hi, and thanks for the effort making this tutorial. Can you explain why you did not assemble and mate the two model to be coincident in the CAD? Does ansys require this extra step? Many thanks Regards Janos
To differentiate two bodies the gap was provided. If they are in touch condition then also no problem, but in the tree you should be able to see two different bodies.
Thank you everybody for your valuable comments.
Utmost quality tutorials. Thank you for helping me advance my career.
All the best to you use this link for more videos czcams.com/video/FIi9_8eFTTg/video.html
Excellent tutorial! Your explanation is very good! Thank you!
+Pedro Moreira Good to know your feedback, share the videos to those who want to learn
I still do not understand,, i use ansys 17. i made my own geometry (same dimension w/ u) and follow all your instruction, but on the solution part it called an unknown error at solver output -_- .. can some 1 help me
Your explanation is beyond appreciation. Can you please elaborate a little over each step that you undertake. It would be helpful if I may know the reason why Augmented Lagrange or any other step is chosen. If there is any separate video that explains all these, kindly let me know as this will help me clear my basics in Ansys.
thanks for your video.
Thanks for the tutorial. Please give a little bit of overview before choosing an option. For example, why you choose augmented Lagrange, and behavior as asymmetric, what is pinball region etc etc. Also i would request you to make video on step control settings such as initial substeps/max and min substeps and on what basis we choose the value.
Thanks in advance.
Thank you for this really useful lecture.
Thank you for these tutorials.
You are welcome, good to know your feedback
Sir you said that contact was automatic. But not done white I am doing. I am using ANSYS 19.4 academic version. How to do manual contact?
Hello. Can u tell me on wich point i have to Simulate Linear and wich non linear? i wanna find out the point of change?
Thank you for this usefull video. Why did you use stiff plate at the free end instead of applying just -5 mm deformation in z direction directly on to surface of the cyclinder's free end?
from where did you select the value of multilinear stress stain data?
Hello and appreciate.
How to know how long does it take that the body back to its initial form (in elastic region).
Sir bush material you taken as plastic suppose bush material is any aluminium alloy how the material plastic behaviour of the aluminium alloy,how to do this?
Tutorial was good but sir i need to know if we want to see the value of Von misses ,what will be the value of Von misses in linear analysis and material non linear analysis ..like will it be reduced than linear or what .
Excellent video.. Hope you will make more tutorials 👍🏻
+ismail k good to know the feedback, I am working on the same
Hello I have to do a similar project to this one. But Im having some troubles. Is there any way you can help me to solve them?
Sure, Write your request to engineeringtutorsdesk@gmail.com
Great tutorial!
would you explain how you chose the figures for the substeps?
Consider adding multiphase multiscale capabilities with MultiMechanics!
Hello, could you maybe advice what analysis should be chosen for a plastic disc (PA6 GF20) loaded by 6.7tonnes downwards to the floor and the other part would be a concrete plate (representing the floor) and I am only interested the deformation and whether this part is strong enough to bear the load. I do not know the displacements so I would only use the force.
Static structural analysis
good
Thank you sir, it is perfect example, but I have two questions;
1) I don't understand why it can reach only 4.7335 mm even thought 5 mm displacement is applied
2) How do you define stress and strain values while doing nonlinear part?
Dear, I hope I could give you the answer to your 2nd question.
Answer: He took these values from the experiment which he has done before this tutorial.
First of all Thanks for tutorials, they are well explained. they help me to understand some steps which I needed in my work.
I'm doing my work on static & Explicit Dynamics Analysis of metal foam. My workstation is taking so much time while solving model.I am using ANSYS 15.0 & workstation has 24 cpu's which I learned to use but still I didn't understand how to use Physical memory properly. During solving model it uses Autodyn Solver and CPU usages is full but memory usages only 10-15%.
Please upload a tutorial about setting for distributed computing or anything which can clear my doubt about using full performance of a single workstation
is friction welding analysis possible please help
Hi, and thanks for the effort making this tutorial. Can you explain why you did not assemble and mate the two model to be coincident in the CAD? Does ansys require this extra step?
Many thanks
Regards
Janos
To differentiate two bodies the gap was provided. If they are in touch condition then also no problem, but in the tree you should be able to see two different bodies.
no geometry dimensions but tell to manually put the substeps which causes the error zzz
Sir PL create geometry also here don't import.
Mine wasnt bulging like his did :/
You can check on material property once again
hello.... ineed help from u ineed design cooling tower modeling please dont forget me
Sure, Write your request to engineeringtutorsdesk@ gmail.com
CMON! really??? ADS EVERY 1 MIN?... :/